The gaseous plant hormone ethylene (C2H4) regulates a broad spectrum of developmental and physiological processes including germination, growth, senescence, ripening, and responses to biotic and abiotic stress [1], [2].
These results not only validate our chip, but also provide an important molecular view in yet undocumented ripening and defence responses in melon.
The plant hormone ethylene is an essential signaling molecule involved in many plant processes including: germination, flower development, fruit ripening and responses to many environmental stimuli.
As a gaseous plant hormone, ETH is essential for plant growth and development, including seed germination, leaf senescence, fruit ripening, and responses to environmental stresses (Kendrick and Chang, 2008; Muller and Munne-Bosch, 2015).
Ethylene regulates seed germination, seedling growth, leaf and petal abscission, organ senescence, fruit ripening, and responses to stress and pathogens.
They belong to the AP2/EREBP-type TFs and are correlated with stress response [ 10– 12], ripening and senescence [ 13, 14].
Additional questions were formatted as free text responses exploring opinions of catheter ripening and views of what should be considered for outpatient ripening to be a sustainable practice.
Trx-H levels, a disulfide oxidoreductase associated with oxidative stress response, were significantly elevated during the latter part of ripening and senescence (H20 H50) (Table 2b).
Ripening and dilation of the cervix are the next steps in parturition after the initiation of uterine contractions; an inflammatory response has been associated with these processes.
A similar study in apple revealed 53 differentially accumulating proteins involved in stress response and defense, energy and metabolism, fruit ripening and senescence, signal transduction, cell structure and protein synthesis during ripening and storage.
